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CaeReflex Wiki

CaeReflex is deterministic engineering-evidence infrastructure for Physics-AI. It converts OpenFOAM, Gmsh and VTK-family artefacts into provenance-preserving ReflexCase evidence, lazy heavy-data references, backend-neutral spatial graphs, deterministic physics-rule reports and governed lifecycle records for humans and AI systems.

Boundary of use (warning): CaeReflex is an inspection, evidence and workflow-control system. It does not run solvers, validate simulations, prove convergence, certify engineering results, assess mesh adequacy, establish regulatory compliance or determine design safety.

Platform spine

engineering artefacts
  -> bounded discovery and native read-only inspection
  -> ReflexCase + provenance + dimensions + ArrayRef
  -> spatial graph + bounded spatial queries
  -> deterministic versioned physics-rule reports
  -> projects + immutable revisions + temporal comparison + human review
  -> Python | CLI | bounded REST/OpenAPI | reports | agent context

Current release facts

Fact Value
Package version 2.0.0b6
ReflexCase schema version 1.0
Backend-neutral inspection contract 2.0-alpha.3
Native reader families OpenFOAM, Gmsh, VTK
Governed platform layers Inspect, Structure, Reason, Govern
CLI command caereflex
Primary model caereflex.core.models.ReflexCase
Service spine caereflex.services
REST app factory caereflex.server.app.create_app

Supported evidence paths

  • OpenFOAM case dictionaries, mesh topology, fields, dimensions and time inventories through bounded read-only inspection.
  • Gmsh .geo declarations, supported .msh topology and fields, and safe CAD-like geometry fingerprinting.
  • VTK legacy and supported XML-family datasets, collections, topology and fields with explicit fallbacks.
  • Content-addressed lazy arrays for heavy coordinates, connectivity and field values.
  • Backend-neutral spatial entities, coordinate frames, relations, bounds and bounded queries.
  • Versioned deterministic physics-consistency rules with evidence pointers, limitations and remediation.
  • Projects, immutable revisions, run histories, temporal comparisons, append-only human review and bounded local jobs.
  • CrossRef metadata and available abstracts only when explicitly requested.

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